Extended Reality (XR)
Holograms & Experiential
Digital Twins, BIM & AI
Industrial & Vocational Simulators
EHS Safety VR Modules
Defense, Medical & EdTech Labs
Case studies
Simulators
Culenz builds VR, AR and mixed reality simulators for vocational skills, heavy equipment, defence and medical training. Trainees practise on virtual equipment, and every attempt is scored and recorded.
01 — Simulators
Welding, spray painting, forklifts, cranes, excavators, plasma cutting and EV assembly.
Firearm training, aviation maintenance, anatomy labs and school or university XR labs.
Hardware such as a welding torch or joystick, where muscle memory is the goal.
Scores, attempts and errors for every trainee, ready to export.
02 — In depth
A VR training simulator recreates a real task, tool or machine in virtual reality. Trainees perform the task with their own hands and get scored feedback.
Unlike a video or a classroom lesson, the trainee does the work. They make mistakes, see the result and try again until they get it right.
Simulators suit tasks that are costly, dangerous or hard to schedule for real. Welding, crane operation and high-voltage work are common examples.
Real practice uses consumables, machine time and instructor attention. A simulator lets trainees build the basics without using any of them.
Trainees also practise more often. They can repeat an exercise many times in one session, which is rarely possible on real equipment.
When they move to real equipment, they make fewer mistakes. That saves material and keeps workshops and machines safer.
Our industrial range covers welding, spray painting, forklifts and cranes, excavators and bulldozers, plasma cutting, fitter tasks and EV assembly.
ITIs, polytechnics, skill-development centres and manufacturers use them for first-stage training. Exercises follow trade syllabus outcomes where needed.
Our specialist range includes firearm and tactical training, aircraft maintenance, mixed reality anatomy labs and AR/VR smart labs for schools and universities.
These programmes have strict content rules, so we work closely with your instructors and subject experts. They approve every exercise before trainees use it.
Hand controllers suit many tasks, such as inspections, procedures and safety steps. They keep hardware simple and costs low.
Where muscle memory is the goal, replica tools work better. A welding torch, spray gun or joystick lets trainees feel the real grip and movement.
We recommend the right setup for each exercise during scoping. Many programmes mix both across different stations.
Every simulator scores technique, accuracy, time and errors. Trainers see how each trainee improves from one attempt to the next.
Compare simulator scores with practical test results and workshop waste over time. That shows how much the simulator shortens real training.
State skill missions, ITIs and training partners use simulators to train more people with limited workshop capacity. Records support funding and audit reports.
Culenz can supply simulators with documentation, installation, trainer training and maintenance. That suits tender-based procurement with fixed deliverables.
Start with the skill that uses the most consumables or machine time in your training. For many ITIs, that is welding; for logistics firms, it is forklifts.
Then look at tasks where mistakes are costly or dangerous. EV high-voltage work and crane lifts are common choices.
One simulator, well used, proves value faster than several bought at once. Its results then guide the next purchase.
If your task isn't in our range, we can build a custom simulator. We start from your equipment, procedures and assessment criteria.
Your subject experts review the exercises at each stage. They test the simulator in the headset before trainees use it.
Custom simulators run on the same platform and records system as our standard range. Trainers manage everything in one place.
Ask which exercises are included, how they map to your syllabus and how scores are calculated. Check that the hardware suits daily use by many trainees.
Ask how records reach your LMS and who updates content when procedures change. Confirm the support response time and what spares are kept ready.
Above all, try the simulator with your own trainers. Their view of the controls and feedback matters more than any brochure.
Many programmes combine skills simulators with VR safety modules. A welding trainee, for example, takes hot work safety before welding practice.
Both share one platform and one set of records. Supervisors see skills and safety training for each trainee together.
Culenz is a virtual reality company with its headquarters in Jaipur and offices in Secunderabad and Dubai. We build and support VR simulators for clients in both countries.
One team handles scope, content, hardware, installation and maintenance. You deal with one contact from the first demo onwards.
03 — In this section
04 — FAQs
No, simulators cut the hours of real practice needed and the material wasted while learning, but they don't remove it. Trainees build the basics in VR, then move to real equipment with fewer mistakes. Certification usually still needs a practical test.
It depends on session length and opening hours. A station running fifteen-minute sessions across a full training day can serve many trainees in rotation. We size the number of stations from your batch sizes and timetable during scoping.
Yes. We can model your tools, machines and parts from CAD data, drawings or photos. Trainees then practise on equipment that matches what they will use on the job, which makes the training transfer more directly.
No. Each simulator starts with a short tutorial, and the controls copy the real task as closely as possible. Trainers guide first-time users, and most trainees are comfortable within a few minutes of starting.
We train your trainers, provide user guides and offer an annual maintenance contract. The contract covers repairs, spare parts, software updates and content changes, with response times written into it.
Book a free demo and see what Culenz can build for you.